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Fulgent Genetics

Temple City, CA, US

Fulgent is a leader in genetic and genomic clinical testing, a publicly traded company located in Los Angeles, California. We are a technology-driven company with extensive academic/clinical experience and capabilities in Next Generation Sequencing and bioinformatics. This distinction has advanced us to the forefront of the rapidly advancing genetic and genomic testing industry.

We offer the most expansive set of clinical genetic tests in the world, including 18,000+ single gene tests, 300+ preset panels, rearrangement testing, clinical exome/trios, whole exome/trios, whole genome and our All-in-One reflex test. We are a CLIA and CAP accredited laboratory focused on providing clinical as well as research services.

Founded in 2011, Fulgent began with two simple ideas; flexibility and affordability. Today, we strive to create... Show more »

Fulgent is a leader in genetic and genomic clinical testing, a publicly traded company located in Los Angeles, California. We are a technology-driven company with extensive academic/clinical experience and capabilities in Next Generation Sequencing and bioinformatics. This distinction has advanced us to the forefront of the rapidly advancing genetic and genomic testing industry.

We offer the most expansive set of clinical genetic tests in the world, including 18,000+ single gene tests, 300+ preset panels, rearrangement testing, clinical exome/trios, whole exome/trios, whole genome and our All-in-One reflex test. We are a CLIA and CAP accredited laboratory focused on providing clinical as well as research services.

Founded in 2011, Fulgent began with two simple ideas; flexibility and affordability. Today, we strive to create the most effective and wide ranging genetic tests and sequencing services on the market. All of this is done in the pursuit of advancing personalized medicine and bettering the everyday lives of patients.

Why Fulgent ?

We are committed to working side-by-side with every one of our clients. This is essential to a strong and successful relationship and is our core way of doing business. We have collaborated with some of the top clinicians in our field who have assisted us in creating our panels, report formatting, and improvements to all services.

Our approach has always been simple: provide testing based on the specific needs of clinicians and their patients.

Customer Support

Our support philosophy is simple: answer our client's questions quickly and accurately. Currently 95% of incoming calls are addressed by the first person that answers the phone. We do not have a receptionist or an automated system, we have a dedicated team of customer support staff that can answer a wide variety of your questions. For the other 5% of calls our team will quickly will find the resource you need, whether it is a genetic counselor, lab, or even our accounting team.

A comprehensive view of 139 genes and regions of interest known to be associated with various types of inherited cancers. This approach utilizes deep sequencing (>99.9% of bases covered at 50X minimum) to allow for high sensitivity variant calling. Additional options including copy number variant analysis are available upon... Show more »

A comprehensive view of 139 genes and regions of interest known to be associated with various types of inherited cancers. This approach utilizes deep sequencing (>99.9% of bases covered at 50X minimum) to allow for high sensitivity variant calling. Additional options including copy number variant analysis are available upon request.

Mitochondrial DNA sequencing enables analysis of the mitochondrial genome, of which there are hundreds of copies in every human cell. This service can be a powerful tool for researchers interested in mitochondrial disorders and mechanisms of aging.

Mitochondrial DNA sequencing enables analysis of the mitochondrial genome, of which there are hundreds of copies in every human cell. This service can be a powerful tool for researchers interested in mitochondrial disorders and mechanisms of aging.

Small interfering RNA (Si-RNA) are small double-stranded RNA molecules, typically 21-25 base-pairs in length. Like miRNA, Si-RNA play a central role in RNA interference. We Provide the tools to discover known and novel Si-RNAs at unmatched resolution.

Small interfering RNA (Si-RNA) are small double-stranded RNA molecules, typically 21-25 base-pairs in length. Like miRNA, Si-RNA play a central role in RNA interference. We Provide the tools to discover known and novel Si-RNAs at unmatched resolution.

Selective removal of ribosomal RNA (rRNA) allows for a more efficient transcriptome analysis in degraded/low quality samples. This option is recommended for transcriptome analysis of FFPE samples. The minimum order quantity for Total RNA sequencing is 8 samples and we can ensure a turnaround... Show more »

rRNA Depleted Total RNA Sequencing

Selective removal of ribosomal RNA (rRNA) allows for a more efficient transcriptome analysis in degraded/low quality samples. This option is recommended for transcriptome analysis of FFPE samples. The minimum order quantity for Total RNA sequencing is 8 samples and we can ensure a turnaround time of 3-5 weeks.

By selectively targeting mRNAs using poly(T) oligomers, we can look across the entire transcriptome to measure gene expression levels, and to detect changes arising from different environmental conditions and disease states. We accept a minimum of 8 samples for mRNA sequencing and ensure a turnaround time of 3-4 weeks .

By selectively targeting mRNAs using poly(T) oligomers, we can look across the entire transcriptome to measure gene expression levels, and to detect changes arising from different environmental conditions and disease states. We accept a minimum of 8 samples for mRNA sequencing and ensure a turnaround time of 3-4 weeks .

The coding transcriptome represents all coding regions of mRNA molecules within a cell at any given moment. Coding regions are selectively targeted, allowing the capture of specific transcripts. This method is good for both high quality and degraded RNA.

The coding transcriptome represents all coding regions of mRNA molecules within a cell at any given moment. Coding regions are selectively targeted, allowing the capture of specific transcripts. This method is good for both high quality and degraded RNA.

Rent a full lane on Illumina NovaSeq, HiSeq 4000 and MiSeq. The NovaSeq and HiSeq4000 are ideal for large-scale and very high-throughput sequencing projects – full lane sequencing on our Illumina machines generates more than 400 million reads, equivalent to roughly 16 exomes sequenced at a coverage of 100X.

Rent a full lane on Illumina NovaSeq, HiSeq 4000 and MiSeq. The NovaSeq and HiSeq4000 are ideal for large-scale and very high-throughput sequencing projects – full lane sequencing on our Illumina machines generates more than 400 million reads, equivalent to roughly 16 exomes sequenced at a coverage of 100X.